子分类：
| 序号 | 专利名 | 申请号 | 申请日 | 公开（公告）号 | 公开（公告）日 | 发明人 |
|---|---|---|---|---|---|---|
| 1 | TW107120401 | 2018-06-13 | TWI677856B | 2019-11-21 | WANG FU MING | |
| A personal safety management system and method. The personal safety management system includes a gas detector, a mobile communication device, a short-range wireless base station, and a long-range wireless base station. The short-range wireless base station is set in a confined space, and the long-range wireless base station is set outside the confined space. In this personal safety management method, a gas detector is first used to detect harmful gases. Then, when the concentration of the harmful gas is greater than a preset concentration threshold, a warning message is issued by using the mobile communication device. Then, the short-range wireless base station is used to receive the operation information containing the harmful gas information from the mobile communication device. Then, the long-range wireless base station is used to receive the operation information from the short-range wireless base station through the physical network route, and transmits it to the data processing station. | ||||||
| 2 | 一種完井防砂裝置 | TW108202035 | 2019-02-18 | TWM581634U | 2019-08-01 | 陳進發; CHEN, JIN-FA; 吳偉智; WU, WEI-JR; 黃啟倫; HUANG, CHI-LUN; 田志明; TIEN, CHIH-MING; 黃乙倫; HUANG, YI-LUNG; 張國峯; CHANG, KUO-FENG |
| A completion sand control device comprising: a first pipeline having a first axial length, the first pipeline having a first axial length substantially perpendicular to the surface penetrating the surface and the plurality of cap layers and the plurality of oil and gas layers; having the second axis Between the length direction of the second axial length and the length direction of the first axial length, the second pipeline penetrates the first pipeline and the at least one cap layer in the extending direction of the second axial length And at least one oil and gas layer; and, in the first pipeline and/or the second pipeline, at least one packing material that can be controlled to be in an open state or a closed state, and the first pipeline and the surface are controlled by controlling the packing material A plurality of bent paths are formed between the through line and the first line or the second line and the at least one oil and gas layer. | ||||||
| 3 | 防水閘門門板夾壓控制裝置 | TW106143633 | 2017-12-13 | TWI647377B | 2019-01-11 | 李彥賢; 洪紹博 |
| 一種防水閘門門板夾壓控制裝置，係夾壓控制裝置作為該伸縮作動器的作動控制，在該伸縮作動器進程作動而連動該推拉桿推動該夾壓桿夾壓該防水門板一面端的過程中，隨著該防水門板另一面端貼靠該封口膠條的緊密度愈緊，該伸縮作動器用電功率愈高的關係，當該防水門板緊靠在該封口膠條上達到預定密合度時，能藉由該電流回授信號單元傳輸給信號處理介面單元的電流回授值信號大於電流比對值，自動停止伸縮作動器作動；俾使防水閘門不用極限或感應開關作伸縮作動器的進程檢知，避免或減少伸縮作動器的進程推力傳遞至夾壓桿的能量繁瑣調校或誤差調整，且增進防水門板水密效果的可靠性。 | ||||||
| 4 | 防災安全帽 | TW106213163 | 2017-09-05 | TWM559080U | 2018-05-01 | 蔡承恩; TSAI, CHENG-EN |
| The creation is a disaster prevention helmet comprising a helmet body, a first outer casing, a second outer casing, a third outer casing, a communication device and a lighting device. The first outer casing is rotatably coupled to the body of the helmet and covers a portion of the body of the helmet. The second outer casing is rotatably coupled to the helmet body and the first outer casing and covers the first outer casing. The third outer casing is connectable with the helmet body, the first outer casing and the second outer casing, and covers the second outer casing, and the second outer casing and the first outer casing are movable away from the third outer casing. . The first outer casing, the second outer casing, and the third outer casing may cover a top surface of the helmet body. The communication device can be disposed on the helmet body to send an identity signal. The lighting device can be disposed on the helmet body. | ||||||
| 5 | 隧道立體影像三維建模裝置 | TW105217475 | 2016-11-16 | TWM538141U | 2017-03-11 | 趙鳴 |
| 6 | 用於隧道的光纖監測系統 | TW105216179 | 2016-10-24 | TWM536269U | 2017-02-01 | 沈金龍; 楊念祖 |
| 7 | 重負荷閘門之葉片結構 | TW099115872 | 2010-05-18 | TWI394922B | 2013-05-01 | 廖楷瀚; 劉祥至 |
| 8 | 溫泉井自動清潔機構 | TW100119598 | 2011-06-03 | TW201250107A | 2012-12-16 | 游麒弘 |
| 本創作係提供一種溫泉井自動清潔機構，其包含一設置在溫泉井上的出水閥；一結合在溫泉井內的外管，外管具有連接於出水閥的出口端及深入溫泉井內的汲水端；一活動穿設在外管的內管，內管具有伸出外管出口端的固定端及多數個設置在管壁的孔洞；及一驅動裝置，驅動裝置係設置在外管的出口端以外，並連接在內管的固定端，用以帶動內管產生上下及旋轉的動作。藉此，本創作之溫泉井自動清潔機構，能使驅動裝置帶動內管產生上下及旋轉的動作，達到清除沉積在外管內壁的碳酸鈣及礦物質之目的。 | ||||||
| 9 | 廢物運輸系統 WASTE CONVEYING SYSTEM | TW097134423 | 2008-09-08 | TW200932643A | 2009-08-01 | 桑德賀姆 葛蘭 SUNDHOLM, GORAN |
| 一廢物運輸系統,其中廢物係例如藉由一吸入系統被收集/運輸於一區域性廢物空間(16)之廢物容器(10)或一運送容器中,於該容器中/由該容器,該廢物接著被運輸至進一步處理。該廢物空間(16)及/或該廢物容器(10)或該運送容器被配置在一隧道(20)中、諸如一交通隧道、有利地是一地下隧道、或於其附近,或有一由它們至該隧道(20)之運輸連接裝置,該廢物係經過該連接裝置被運輸離開。 | ||||||
| 10 | 隧道檢測工法 | TW094121356 | 2005-06-27 | TW200700634A | 2007-01-01 | 鞠志琨 |
| 一種隧道檢測工法,主要係於一車體架設有數攝影裝置及燈體,該攝影裝置及燈體皆與一電源供應裝置相接,使攝影裝置及照明燈體可正常運作,係將車體行駛於欲檢測之隧道中,透過燈體將隧道照明,使得攝影裝置可清楚拍攝整條隧道壁面之影像,再透過一影像擷取裝置將攝影裝置所拍攝之影像擷取,致使檢測者可透過顯示器觀看所拍攝之影像,以得知所檢測之隧道中是否發生裂縫或水泥剝落等損壞情形,而作為隧道維修之依據。 | ||||||
| 11 | 噴氣風扇 | TW085113188 | 1996-10-29 | TW397888B | 2000-07-11 | 村山將; 近藤重樹 |
| 一種噴氣風扇包括一大致圓柱形殼體(1)、容納於其中的一電動馬達(2)、與該電動馬達(2)連接的一葉輪(3)、以及與該殼體(1)同軸地設置並且相對一空氣流之方向位於其下游的至少一增壓環(8)。該增壓環(8)在以與該殼體(1)之縱軸成橫向之一方向看去時，具有一翼形或弧形板截面形狀，該增壓環(8)具有翼形或弧形板截面形狀之一上表面做為其內表面，並且還具有面向該噴氣風扇之一空氣出口的一前緣以及直徑小於該前緣之直徑但大於該空氣出口之直徑的一後緣。 | ||||||
| 12 | 隧道之噪音防治構造 | TW087204444 | 1998-03-25 | TW376923U | 1999-12-11 | 王弘仁 |
| 本案創作係有關於一種隧道之噪音防治構造，其主要係於隧道的內壁面或於隧道外之出、入端口，以適當之排列方式形成若干的縱向吸音凸條或橫向吸音凸條，;而藉由該縱向吸音凸條與橫向吸音凸條之具有縱向與橫向干涉噪音作用，及利用縱向吸音凸條或橫向吸音凸條表面所設之吸音孔與其內部所設之消音室，以對噪音之具有吸音及破壞作用，進而達到有效消減降低隧道內、外之噪音者。 | ||||||
| 13 | 移動式礦坑工作面支撐裝置 | TW079108523 | 1990-10-11 | TW170022B | 1991-10-01 | 克勞斯.亨瑞奇.史那德; 約翰.泰瑞西.巴拉特; 葛瑞哥雷.史雷吉克; 雷蒙.葛拉罕.泰爾; 霍斯特.威里.吉爾曼 |
| 一種移動式礦坑工作面支撐裝置，其包括若干獨立的機組(10)，彼等機維係以液壓缸(12)相互連接。各機組(10)有成組的直立型動式腳柱(20)。諸腳柱(20)有獨立的圓形基座，彼等腳柱係以樞動方式安裝在一上頭頂蓋(22)上，此頂蓋可因該等腳柱的適當啟動而昇高和降低。各機組並有一縱列式液壓缸(34)，它係連接至一共同的軌道(37)上，該缸體(34)可因一缸體(36)之作用而在一直立平面上樞動，以使該軌道昇高和降低。藉由適當依序操作各個缸體，則諸機組可輪流前進，以使整個裝置前進。此外，藉由適當操作缸體(36)，則該等前腳(20)可昇離該底磐，俾使該機組能輕易地在一崎嶇不平的底磐上面移動。 | ||||||
| 14 | 可裝設在隧道、地下道等之漏水部的漏水導槽 | TW076201248 | 1987-02-12 | TW111135U | 1989-04-01 | 山本明雄 |
| 15 | 用於將過濾材料充塡至過濾器單元之充填器件、模組化過濾器牆及用於將過濾材料原位充填至模組化過濾器牆之方法 | TW103105578 | 2014-02-19 | TWI674140B | 2019-10-11 | 伊薩森 漢普斯; ISACSSON, HAMPUS; 范 登 布勒克 赫夫 |
| The invention relates to a filling device (1) for filling a filter material into a filter unit. The filling device (1) includes a storage tank (2) for filtering material, and the filling device (1) is configured to follow a first position (where the filtering device fills the storage tank of the filling device (1) ( 2)) A surface of a filter unit between a second position (where the filling device (1) can release the filter material from the storage tank (2) to the filter unit). The invention further relates to a filter arrangement comprising a filter unit and a filling device (1) according to claim 1, and a method for filling a filter material into a filter arrangement. | ||||||
| 16 | TW106143633 | 2017-12-13 | TW201928185A | 2019-07-16 | LI YAN-XIAN; HONG SHAO-BO | |
| A water blocking gate panel pinching and pressing control device utilizes a pinching and pressing control device for operation control of an extendable actuator. In a process that the extendable actuator performs a forwarding operation to drive a push/pull bar to move a pinching and pressing bar to pinch and press against a surface of a water blocking panel, power consumed by the extendable actuator gets higher when tightness of an opposite surface of the water blocking panel positioned against an opening seal rubber strip is being increased. When the water blocking panel being positioned against the opening seal rubber strip reaches predetermined tightness, a current feedback signal transmitted from a current feedback signal unit to a signal processing interface unit is larger than a current threshold value, such that the operation of the extendable actuator is automatically shut down. Therefore, the water blocking gate does not need a limit switch or a sensor switch to detect a forwarding process of the extendable actuator and complicated calibration or error correction of the energy that is transmitted to the pinching and pressing bar by a forwarding push force of the extendable actuator can be avoided or reduced, and reliability of water tightness of the water blocking panel can be improved. | ||||||
| 17 | 資料中心散熱系統 | TW104131662 | 2015-09-24 | TWI653386B | 2019-03-11 | 吳惠鋒; WU, HUI-FENG; 詹弘州; CHAN, HUNG-CHOU; 張志鴻; CHANG, CHIH-HUNG; 黃清白; HWANG, CHING-BAI; 林志遠; LIN, CHIH-YUAN; 白邳斌; PAI, PEI-PIN |
| A data center heat dissipation system includes a mounting area and a return air zone, wherein the return air zone is provided with a return air damper and a row of air outlets, wherein the installation area is provided with a fan adjusting unit, a humidity control unit and an electronic device, The installation area is provided with an external air damper and an exhaust damper. When the humidity control unit detects that the humidity in the installation area is greater than a standard value, the humidity control unit controls the return air damper to be at least partially opened for generating the electronic device. Part of the hot air is mixed with the natural cold air from the outside by the return air damper and return air area to reduce the heat of the electronic equipment and reduce the humidity in the data center. | ||||||
| 18 | 送風機及換氣系統 | TW104141912 | 2015-12-14 | TW201641787A | 2016-12-01 | 岩佐行利; IWASA, YUKITOSHI; 荻原廣; OGIWARA, HIROSHI; 大舘高明; ODATE, TAKAAKI; 中村光; NAKAMURA, HIKARU; 寺井良治; TERAI, RYOJI |
| 本發明提供一種作業人員的出入或物件的搬出搬入容易的設置於人孔開口部之送風機。並提供一種使用該送風機之管渠內的換氣系統。本發明的送風機(140)具有框體(143)和配置於前述框體之單一或複數個氣流產生手段(144)，以從前述氣流產生手段產生之氣流沿著虛擬軸(147)流動之方式調整前述氣流的方向，前述虛擬軸貫穿將前述框體作為周邊之虛擬面(146)，且前述氣流捲入前述虛擬軸周邊的空氣而流動，從而產生超過前述氣流總流量的2倍之風量。 | ||||||
| 19 | 隧道緊急救難裝置 | TW102204070 | 2013-03-06 | TWM460153U | 2013-08-21 | 王信雄; 黃茂全; 陳瑞金; 閆嬰紅; 李培如; 盧瑞山; 黃偉珉 |
| 20 | 井下清除裝置 | TW100148812 | 2011-12-27 | TW201326532A | 2013-07-01 | 劉力維; LIU, LI WEI; 謝瑞青; HSIEH, JUI CHING; 郭泰融; GUO, TAI RONG; 柳志錫; LIU, CHIH HSI |
| 本發明提供一種井下清除裝置，包括：一加重桿、一葉輪、複數個刮除元件、二組找中器及一軸承組件。葉輪包括一葉輪內環、複數個主葉片及一葉輪外環。主葉片環繞葉輪內環，葉輪外環連結於主葉片末端。刮除元件設置於葉輪外環之外側。二組找中器沿加重桿之長軸方向，設置於葉輪之上、下二側。軸承組件連結於加重桿與葉輪內環之間，其中該葉輪藉由該軸承組件繞該加重桿旋轉。 | ||||||
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